Parker Aerospace: Supporting Aircraft with Core Technologies

A division of the multibillion dollar, global company Parker Hannifin Corporation, Parker Aerospace specializes in flight control, hydraulic, fuel & inerting, fluid conveyance, thermal management, and engine technologies. Based in Fort Worth, Texas, Parker Aerospace is certified to ISO 9001:2008 and EN/JISQ/AS9100:2009 standards. Used in a wide variety of aircraft (including fixed-wing military planes, commercial and military transports, business and regional planes, missiles, unmanned aerial vehicles, and helicopters), the company has a vast product portfolio of nearly 50 categories.

Parker Aerospace is committed to advancing the latest technologies for safety and efficiency. The company has developed a number of innovations to provide solutions for electromagnetic interference (EMI) including fiber optics and dielectric isolators. These fiber optics are immune to EMI and high intensity radiated fields (HIRF), both of which can cause severe electronic malfunction or failure. Other advantages of fiber optics are their nearly unlimited bandwidth capacity and extremely light weight and non-interfering properties. Parker has developed dielectric isolators for their fluid conveyance systems which insulate hydraulic fluid from the dangerous effects of static charge and lightning. The company has also recently made fuel cell technology a commercially viable alternative to propeller and ram air turbine starters and offers a number of fuel cell products for a variety of applications. Parker advances cleaner power-generation technology which offers better combustion and higher performance. Their fluid atomization technology, proprietary nozzle-designs, and lower installed and life-cycle costs allow for greater fuel efficiency with less polluting burn. Their Macrospray® macrolaminate technology is a nozzle design with numerous layers fitted to create a macrolaminate stack.

Coming in two varieties, the Macrospray Single-Point and Macrospray Spider, these nozzles’ advantages include a smaller resulting pressure drop size and lower operating pressure for increased energy conservation. It also integrates multiple injection points allowing the creation of highly complex fluid paths. The exhaustive list of available Parker Aerospace product lines include: Advanced cooling systems, air turbine starters, aircraft and electronics thermal management, brake assemblies, caps and adapters, dynatube fittings, electric motor-driven pumps electrohydraulic servovalves, electrohydrostatic actuation, electromechanical actuation, electronic controllers, fiber optic systems, flame arrestors, fuel actuated valves, fuel and spray nozzles, fuel breakaway valves, fuel measurement and management systems, fuel tank inerting systems, high-pressure swivel joints, hydraulic accumulators, hydraulic axial piston pumps, hydraulic bootstrap reservoirs, hydraulic fuses and hose fittings, hydraulic motors, hydraulic power supplies, hydraulic pumps, hydraulic systems, hydraulic utility actuators and thrust reverser actuation, hydraulic valves, hydromechanical actuators, indi-lok quick couplings, magnetic fuel level indicators, master cylinder assemblies, motor actuated valves, motor-driven pumps, nutlok fittings, pneumatic valves, PTFE hose assemblies, rubber hose assemblies, single shut-off valves, slide-lok couplings, thread-lok couplings, tube assemblies, waste drain and galley systems, and wheel assemblies.

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